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フナックス・エンジニアリング本社

EstablishmentJuly 2001

capital300Ten thousand

number of employees1

addressTokyo/Toshima-ku/Nishi Sugamo 1-2-3

phone080-3527-1950

Official site

last updated：Jan 31, 2022

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フナックス・エンジニアリング List of Catalogs

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Examples of cost reduction achieved by optimizing the shape of excess quality products.

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Basic knowledge before engaging in VA and VE.

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Cost reduction method for bending MC machined parts using VA and VE, along with strengthening ribs through sheet metal processing.

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The number of screws is proportional to the assembly labor hours, and this is a cost reduction case through VA/VE improvements in screw fastening.

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Cost reduction methods for VA and VE by reducing the quantity of screws: Cost reduction through slide-in alignment instead of screw fastening.

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A cost reduction method for the installation of a box attached to the sheet metal body, considering VA and VE elements based on weight and frequency of removal.

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Avoid cost increases by integrating additional sheet metal parts through VA and VE.

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The number of screws is proportional to the assembly man-hours, and this is a method to achieve cost reduction by addressing this.

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Cost reduction through VA and VE by integrating multiple sheet metal units to reduce man-hours.

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Cost reduction through handling of similar products.

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Cost reduction of 50% through simplification of processing and reduction of setup time by converting from irregularly shaped castings to split plates.

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Cost reduction achieved through consideration of materials and shapes in sheet metal processing to reduce setup time.

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A case where cost reduction can be achieved through a bending structure of sheet metal using VA and VE for the canning structure unit.

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Cost reduction methods that can be implemented using special dimension display techniques in 2D drawings.

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Cost reduction case through material standardization by VA/VE, achieved by reducing processing setup and increasing strength.

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This is an example of cost reduction by selecting sheet metal shapes for the MC block unit using VA and VE.

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VA and VE can choose to either select high-cost materials to reduce processing hours or opt for material cost reduction and standard processing hours.

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Cost reduction case of lightweighting MC cutting processed block parts through material optimization and shape optimization using VA and VE.

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A case of significantly reducing costs by improving the MC processing unit to a sheet metal processing unit using VA and VE.

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Examples of cost reduction achieved through shape optimization to enhance productivity by investigating the causes of frequent defects.

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Cost reduction case by processing MC plate unit → sheet metal unit + bending process + rib addition.

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Introduction of cost reduction design examples for multiple product reduction strategies through loss reduction and casting integration.

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A cost reduction case that achieves a reduction in machining man-hours through material optimization in the cutting process of difficult-to-machine materials.

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Cost reduction by improving from irregular shapes to standard shapes using square pipes instead of round pipes for VA and VE.

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Case study of achieving over 63% cost reduction through integration of multiple parts units with MC processing.

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Achieving a cost reduction of over 63% through shape segmentation.

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Examples of cost reduction through VA and VE for optimization of sheet metal processing and shape optimization.

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A cost reduction case that resolves the unstable connection between round pipes through parts reduction and the elimination of welding processes in VA and VE.

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Case Studies of Cost Reduction through VA and VE

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Funax Engineering Co., Ltd. Business Introduction

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Digital Cost Reduction Handbook

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PDF Version Cost Reduction Case Studies

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Funax Engineering Company Profile (PDF)

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フナックス・エンジニアリング 本社

フナックス・エンジニアリング List of Catalogs

Examples of cost reduction achieved by optimizing the shape of excess quality products.

Basic knowledge before engaging in VA and VE.

Cost reduction method for bending MC machined parts using VA and VE, along with strengthening ribs through sheet metal processing.

The number of screws is proportional to the assembly labor hours, and this is a cost reduction case through VA/VE improvements in screw fastening.

Cost reduction methods for VA and VE by reducing the quantity of screws: Cost reduction through slide-in alignment instead of screw fastening.

A cost reduction method for the installation of a box attached to the sheet metal body, considering VA and VE elements based on weight and frequency of removal.

Avoid cost increases by integrating additional sheet metal parts through VA and VE.

The number of screws is proportional to the assembly man-hours, and this is a method to achieve cost reduction by addressing this.

Cost reduction through VA and VE by integrating multiple sheet metal units to reduce man-hours.

Cost reduction through handling of similar products.

Cost reduction of 50% through simplification of processing and reduction of setup time by converting from irregularly shaped castings to split plates.

Cost reduction achieved through consideration of materials and shapes in sheet metal processing to reduce setup time.

A case where cost reduction can be achieved through a bending structure of sheet metal using VA and VE for the canning structure unit.

Cost reduction methods that can be implemented using special dimension display techniques in 2D drawings.

Cost reduction case through material standardization by VA/VE, achieved by reducing processing setup and increasing strength.

This is an example of cost reduction by selecting sheet metal shapes for the MC block unit using VA and VE.

VA and VE can choose to either select high-cost materials to reduce processing hours or opt for material cost reduction and standard processing hours.

Cost reduction case of lightweighting MC cutting processed block parts through material optimization and shape optimization using VA and VE.

A case of significantly reducing costs by improving the MC processing unit to a sheet metal processing unit using VA and VE.

Examples of cost reduction achieved through shape optimization to enhance productivity by investigating the causes of frequent defects.

Cost reduction case by processing MC plate unit → sheet metal unit + bending process + rib addition.

Introduction of cost reduction design examples for multiple product reduction strategies through loss reduction and casting integration.

A cost reduction case that achieves a reduction in machining man-hours through material optimization in the cutting process of difficult-to-machine materials.

Cost reduction by improving from irregular shapes to standard shapes using square pipes instead of round pipes for VA and VE.

Case study of achieving over 63% cost reduction through integration of multiple parts units with MC processing.

Achieving a cost reduction of over 63% through shape segmentation.

Examples of cost reduction through VA and VE for optimization of sheet metal processing and shape optimization.

A cost reduction case that resolves the unstable connection between round pipes through parts reduction and the elimination of welding processes in VA and VE.

Case Studies of Cost Reduction through VA and VE

Funax Engineering Co., Ltd. Business Introduction

Digital Cost Reduction Handbook

PDF Version Cost Reduction Case Studies

Funax Engineering Company Profile (PDF)

フナックス・エンジニアリング本社